MP1712-2-FH

更新时间:2024-10-29 23:10:44
品牌:MSYSTEM
描述:FREQUENCY INPUT LIMIT ALARM

MP1712-2-FH 概述

FREQUENCY INPUT LIMIT ALARM

MP1712-2-FH 数据手册

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Limit Alarms M-PAC  
MODEL  
FREQUENCY INPUT LIMIT ALARM  
MP1700-1723  
MODEL & SUFFIX CODE SELECTION  
50  
(1.97)  
MP17/❑  
MODEL  
80  
(3.15)  
INPUT TYPE  
SET  
1
SPAN  
ZERO  
7 : Frequency  
M•PAC  
LIMIT ALARM  
SET  
1
DEADBAND  
RELAY CONTACT OUTPUT  
0 : Single (Hi) trip, non-latching  
1 : Single (Hi) trip, latching  
2 : Dual (Hi/Lo) trip, non-latching  
SET  
2
DEADBAND  
132  
(5.20)  
SET  
2
mm (inch)  
SETPOINT CONTROL  
Functions & Features  
0 : Front-accessed three-turn screwdriver adjust.  
2 : Remote dial connections (total resistance 1k – 100k)  
3 : DC programmable (0 – 1V)  
INPUT  
1 : ON-OFF pulse  
(dry contact or open collector)  
2 : Voltage pulse  
• Accepting pulse input from turbine meters, posi-  
tive displacement flowmeters and other frequency  
generating devices • Providing relay contact  
closure(s) at a preset input level • Single, latching  
or dual setpoint • Failsafe operation available •  
Deadband adjustable from 1 to 100% • Indicator  
LED provided  
POWER INPUT  
Typical Applications  
F : 120V AC  
J : 240V AC  
• Annunciator • Various alarm applications  
R : 24V DC  
S : 12V DC  
OPTIONS  
GENERAL SPECIFICATIONS  
Construction: plug-in  
Connection: M3.5 screw terminals on base socket  
Housing material: flame-resistant resin (black)  
Isolation: input to output to power  
(non-isolated between I/O with Option V)  
Zero/span adjustments: ±5% (front)  
Setpoint adjustments: front accessed three-turn  
screwdriver, remote dial potentiometer  
or DC input  
H : Latching operation for dual trip (172X only);  
Reset at power off (5 seconds min.)  
R : Reversed relay sense  
T : Transmitter output (0 – 1V DC)  
V : Relay drive voltage output  
X : Lo-trip sense for single trip; Lo/Lo for dual trip  
Y : Hi/Hi-trip sense for dual trip (172X only)  
Deadband adjustments: front accessed single-turn  
screwdriver; 1 – 100%  
Front LEDs: red lights turn on at a tripped condition  
Low-end cutout: approx. 5%  
Power ON timer: relays de-energized for approx. 2  
seconds after power is turned on.  
ORDERING INFORMATION  
Specify code number and variables.  
Code number (e.g. MP1700-2-F/T/V)  
Frequency range (e.g. 0 – 500 Hz)  
P. 1 / 4  
ES-9806 Rev.5  
MP1700-1723  
INPUT & OUTPUT  
INSTALLATION  
INPUT  
Power input  
Frequency range: 0 – 50 Hz through 10 kHz  
Pulse width (time) requirement: duty ratio 20 – 80%  
at 100% input  
AC:  
DC:  
rating ±10%, 50/60 ±2 Hz, approx. 2VA  
rating ±10% (ripple 10% p-p max.)  
80mA at 24V, 160mA at 12V  
Operating temperature: -5 to +60°C (23 to 140°F)  
Storage temperature: -20 to +85°C (-5 to +185°F)  
Operating humidity: 30 to 90% RH (non-condensing)  
Mounting: surface (DIN rail available for 11-pin base)  
Dimensions  
ON-OFF Pulse: dry contact or open collector  
Sensing: approx. 7.5V DC @1mA  
Voltage Pulse: square or sine waveforms  
Input amplitude: 2 – 50V p-p  
11-pin base: W50×H80×D132 mm  
(1.97"×3.15"×5.20")  
REMOTE SETPOINT INPUT  
MP17X2: potentiometer; any value of 1k – 100k;  
excitation 4V  
See General Spec. Sheet Figure A.  
20-pin base: W80×H101×D136 mm  
(3.15"×3.98"×5.35")  
MP17X3: 0 – 1V DC  
See General Spec. Sheet Figure B.  
Weight:  
400 g (0.88 lbs)  
RELAY CONTACT OUTPUT  
Single/Latching: isolated DPDT relay; de-energized  
at trip  
PERFORMANCE in percentage of span  
Repeatability: ≤±0.2%  
Dual:  
isolated SPDT relay; energized at trip  
Temp. coefficient: ±0.05%/°C (±0.027%/°F)  
Response time: approx. 2 seconds for 0 – 50 Hz  
approx. 1 second for 0 – 100 Hz  
approx. 0.5 seconds for 0 – 500 Hz  
approx. 0.5 seconds for 0 – 10 kHz  
Common mode rejection  
Rating:  
120V AC @3A (cosø=1)  
30V DC @3A (resistive load)  
Relay life  
Electrical: 105 cycles  
Mechanical: 107 cycles  
For maximum relay life with inductive  
60 Hz: greater than 120 dB  
DC:  
greater than 140 dB  
loads, external protection is recommended.  
Line voltage effect: ±0.1% over voltage range  
Insulation resistance: 100Mwith 500V DC  
Dielectric strength: 1000V AC @1 minute  
(input to output to power)  
VOLTAGE OUTPUT (Option V): 24V DC average;  
Drives 1.2kor greater coil impedance  
2000V AC @1 minute (output to ground)  
TRANSMITTER OUTPUT (Option T): 0 – 1V DC;  
1mA max. (setpoint and process input)  
Specifications subject to change without notice.  
P. 2 / 4  
ES-9806 Rev.5  
BLOCK DIAGRAM  
SINGLE / LATCHING OUTPUT  
•20-pin Base  
•11-pin Base  
Option V  
Option V  
Z
S
SP.SET DB  
Z
S
SP.SET DB  
6
7
6
7
13  
14  
15  
17  
18  
19  
13  
14  
15  
17  
18  
19  
N.O.  
COM.  
N.C.  
N.O.  
COM.  
N.C.  
COM-  
PAR  
COM-  
PAR  
RELAY  
DRIVE  
RELAY  
DRIVE  
RELAY  
DRIVE  
RELAY  
DRIVE  
+
+
+
+
+
+
4
5
1
2
3
AMP  
9
11  
1
AMP  
INPUT  
INPUT  
HOT /  
INPUT  
INPUT  
HOT /  
8
8
9
9
N.O.  
COM.  
N.C.  
N.O.  
COM.  
N.C.  
POWER  
10  
11  
10  
11  
2
POWER  
3
NEU /  
NEU /  
16  
20  
4
LATCH RESET  
LATCH RESET  
MP171X  
+
4
4
5
6
7
8
MP17X2  
MP17X3  
SP  
MP17X0  
SP XMTR  
5
5
6
7
10  
12  
SP POT CCW  
SP POT W  
XMTR COMMON  
+
+
6
SP  
PROC XMTR  
7
SP POT CW  
Option T  
DUAL OUTPUT  
•20-pin Base  
•11-pin Base  
Option V  
Option V  
Z
S
SP.SET DB  
Z
S
SP.SET DB  
HI  
LO  
6
7
6
7
13  
14  
15  
17  
18  
19  
13  
14  
15  
17  
18  
19  
N.O.  
COM.  
N.C.  
N.O.  
COM-  
PAR  
COM-  
PAR  
RELAY  
DRIVE  
RELAY  
DRIVE  
RELAY  
DRIVE  
RELAY  
DRIVE  
+
+
+
+
+
+
4
5
1
2
3
AMP  
9
11  
1
AMP  
INPUT  
INPUT  
HOT /  
INPUT  
INPUT  
HOT /  
COM.  
N.C.  
8
8
SP.SET DB  
SP.SET DB  
9
9
N.O.  
COM.  
N.C.  
N.O.  
COM.  
N.C.  
COM-  
PAR  
COM-  
PAR  
RELAY  
DRIVE  
RELAY  
DRIVE  
RELAY  
DRIVE  
RELAY  
DRIVE  
+
+
POWER  
10  
11  
10  
11  
2
POWER  
3
NEU /  
NEU /  
LO  
HI  
MP1722  
4
5
6
7
8
4
4
5
6
7
8
LO SP POT CW  
LO SP POT W  
SP POTS CCW  
HI SP POT W  
HI SP POT CW  
MP1723  
LO SP  
MP1720  
Option T  
+
+
5
6
7
8
10  
12  
16  
20  
PROC XMTR  
LO SP XMTR  
HI SP XMTR  
SP  
COMMON  
+
+
+
HI SP  
XMTR COMMON  
P. 3 / 4  
ES-9806 Rev.5  
MP1700-1723  
TERMINAL ASSIGNMENT  
SINGLE OUTPUT  
KEYS  
PIN  
MP1700  
MP1700  
MP1702  
MP1702  
MP1703  
MP1703  
N.O. = Normally Open  
COM = Common  
N.C. = Normally Closed  
Proc = Process  
Xmtr = Transmitter  
SP = Setpoint  
W = Wiper  
CW = Clockwise  
CCW = Counterclockwise  
w/Option T  
w/Option T  
w/Option T  
1
2
3
4
5
6
7
8
9
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
20  
POWER (Hot/+)  
No Connection  
POWER (Hot/+) POWER (Hot/+) POWER (Hot/+) POWER (Hot/+)  
No Connection No Connection No Connection No Connection  
POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–)  
POWER (Hot/+)  
No Connection  
INPUT +  
INPUT –  
N.O.  
COM *  
N.C. *  
N.O.  
No Connection  
No Connection  
No Connection  
No Connection  
SP Xmtr +  
INPUT +  
Xmtr Common  
INPUT –  
Proc Xmtr +  
N.O.  
COM *  
N.C. *  
No Connection  
N.O.  
COM  
No Connection  
SP Pot CCW  
SP Pot W  
SP Pot CW  
No Connection  
INPUT +  
No Connection  
INPUT –  
No Connection  
N.O.  
COM *  
N.C. *  
No Connection  
N.O.  
No Connection  
SP Pot CCW  
SP Pot W  
SP Pot CW  
SP Xmtr +  
INPUT +  
Xmtr Common  
INPUT –  
Proc Xmtr +  
N.O.  
COM *  
N.C. *  
No Connection  
N.O.  
COM  
No Connection  
SP –  
SP +  
No Connection  
No Connection  
INPUT +  
No Connection  
INPUT –  
No Connection  
N.O.  
COM *  
N.C. *  
No Connection  
N.O.  
COM  
No Connection  
SP –  
SP +  
No Connection  
SP Xmtr +  
INPUT +  
Xmtr Common  
INPUT –  
Proc Xmtr +  
N.O.  
COM *  
N.C. *  
No Connection  
N.O.  
COM  
*Pins used for Option V  
20-pin = 14(+) - 15(–)  
11-pin = 7(+) - 8(–)  
COM  
N.C.  
COM  
N.C.  
No Connection  
N.C.  
No Connection  
N.C.  
No Connection  
N.C.  
No Connection  
N.C.  
No Connection  
LATCHING OUTPUT  
KEYS  
PIN  
MP1710  
MP1710  
MP1712  
MP1712  
MP1713  
MP1713  
N.O. = Normally Open  
COM = Common  
N.C. = Normally Closed  
Proc = Process  
Xmtr = Transmitter  
SP = Setpoint  
W = Wiper  
CW = Clockwise  
CCW = Counterclockwise  
w/Option T  
w/Option T  
w/Option T  
1
2
3
4
5
6
7
8
9
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
20  
POWER (Hot/+)  
No Connection  
POWER (Hot/+) POWER (Hot/+) POWER (Hot/+) POWER (Hot/+)  
No Connection No Connection No Connection No Connection  
POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–)  
POWER (Hot/+)  
No Connection  
No Connection  
No Connection  
No Connection  
No Connection  
No Connection  
INPUT +  
No Connection  
INPUT –  
No Connection  
N.O.  
COM *  
N.C. *  
Latch Reset  
N.O.  
COM  
No Connection  
No Connection  
No Connection  
No Connection  
SP Xmtr +  
INPUT +  
Xmtr Common  
INPUT –  
Proc Xmtr +  
N.O.  
COM *  
N.C. *  
Latch Reset  
N.O.  
No Connection  
SP Pot CCW  
SP Pot W  
SP Pot CW  
No Connection  
INPUT +  
No Connection  
INPUT –  
No Connection  
N.O.  
COM *  
N.C. *  
Latch Reset  
N.O.  
COM  
No Connection  
SP Pot CCW  
SP Pot W  
SP Pot CW  
SP Xmtr +  
INPUT +  
Xmtr Common  
INPUT –  
Proc Xmtr +  
N.O.  
COM *  
N.C. *  
Latch Reset  
N.O.  
COM  
No Connection  
SP –  
SP +  
No Connection  
No Connection  
INPUT +  
No Connection  
INPUT –  
No Connection  
N.O.  
COM *  
N.C. *  
Latch Reset  
N.O.  
COM  
No Connection  
SP –  
SP +  
No Connection  
SP Xmtr +  
INPUT +  
Xmtr Common  
INPUT –  
Proc Xmtr +  
N.O.  
COM *  
N.C. *  
Latch Reset  
N.O.  
COM  
*Pins used for Option V  
20-pin = 14(+) - 15(–)  
COM  
N.C.  
Latch Reset  
N.C.  
Latch Reset  
N.C.  
Latch Reset  
N.C.  
Latch Reset  
N.C.  
Latch Reset  
N.C.  
Latch Reset  
DUAL OUTPUT  
KEYS  
PIN  
MP1720  
MP1720  
MP1722  
MP1722  
MP1723  
MP1723  
N.O. = Normally Open  
COM = Common  
N.C. = Normally Closed  
Proc = Process  
Xmtr = Transmitter  
SP = Setpoint  
W = Wiper  
CW = Clockwise  
CCW = Counterclockwise  
w/Option T  
w/Option T  
w/Option T  
1
2
3
4
5
6
7
8
9
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
20  
POWER (Hot/+)  
No Connection  
POWER (Hot/+) POWER (Hot/+) POWER (Hot/+) POWER (Hot/+)  
No Connection No Connection No Connection No Connection  
POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–) POWER (Neu/–)  
POWER (Hot/+)  
No Connection  
INPUT +  
INPUT –  
N.O.  
No Connection  
No Connection  
No Connection  
Lo SP Pot CW  
Lo SP Pot W  
SP Pots CCW  
Hi SP Pot W  
Hi SP Pot CW  
INPUT +  
No Connection  
INPUT –  
No Connection  
N.O.  
Lo SP Pot CW  
Lo SP Pot W  
SP Pots CCW  
Hi SP Pot W  
Hi SP Pot CW  
INPUT +  
Proc Xmtr +  
INPUT –  
Lo SP Xmtr +  
N.O.  
No Connection  
Lo SP +  
SP Common  
Hi SP +  
No Connection  
INPUT +  
No Connection  
INPUT –  
No Connection  
Lo SP +  
SP Common  
Hi SP +  
No Connection  
INPUT +  
Proc Xmtr +  
INPUT –  
COM * Hi Set No Connection  
N.C. *  
N.O.  
No Connection  
INPUT +  
COM * Lo Set Proc Xmtr +  
*Pins used for Option V  
20-pin:  
Hi Set = 19(+) - 18(–)  
Lo Set = 15(+) - 14(–)  
11-pin:  
Hi Set = 7(+) - 8(–)  
Lo Set = 10(+) - 11(–)  
N.C. *  
INPUT –  
Lo SP Xmtr +  
N.O.  
No Connection  
N.O.  
Lo SP Xmtr +  
N.O.  
COM * Lo Set COM * Lo Set COM * Lo Set COM * Lo Set COM * Lo Set  
N.C. *  
Hi SP Xmtr +  
N.O.  
COM * Hi Set COM * Hi Set COM * Hi Set COM * Hi Set COM * Hi Set  
N.C. *  
Xmtr Common  
N.C. *  
No Connection  
N.O.  
N.C. *  
Hi SP Xmtr +  
N.O.  
N.C. *  
No Connection  
N.O.  
N.C. *  
Hi SP Xmtr +  
N.O.  
N.C. *  
No Connection  
N.C. *  
Xmtr Common  
N.C. *  
No Connection  
N.C. *  
Xmtr Common  
Specifications subject to change without notice.  
P. 4 / 4  
ES-9806 Rev.5  

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